1) The document discusses motivation factors and key processes to consider for forestry to pellet production projects, including an overview of GDF SUEZ's biomass power plants.
2) It outlines GDF SUEZ's rationale for co-investing in a pellet plant in Canada in 2010 to secure feedstock and ensure supply and quality.
3) The presentation examines opportunities for co-investment and partnership on pellet production projects based on factors like volume, supply chain length, and partner reliability.
The document summarizes research from the EffFibre program, which focuses on improving the competitiveness and quality of forest-based raw materials. Key points include:
- Intensive forest management could increase wood harvesting by over 40% and improve profitability of forestry by nearly 50%. New tree breeding techniques may increase growth by 25-50%.
- Mechanized harvesting and regeneration technologies could save €40-70 million and €15-20 million per year respectively through improved productivity.
- A novel two-stage kraft oxygen-alkali pulping process showed potential yields increases of 7-11.7% through selective lignin removal.
- Computational models provide insights into pulping processes and enable
Breakfast Event: Finance, Forestry & PEFC: How Is Forest Certification Releva...PEFC International
The presentation about explains how forest certification can help in capturing opportunities and mitigating risks inherent to the financing of forest-related assets, financial products, companies and operations by providing transparent information, traceability and assurance of sustainable management practices.
PEFC Forest Certification Week 2013: Stakeholder DialoguePEFC International
PEFC's Stakeholder Dialogue (Kuala Lumpur, Malaysia, 14/15 November 2013) brought together 300 diverse stakeholders and key actors across forest sector landscape to engage in solutions-oriented discussions. The Dialogue was part of the PEFC Forest Certification Week, which also featured the 18th PEFC General Assembly and associated workshops.
CEFLEX’s vision is for all flexible packaging to be collected and made available for sorting and recycling - with at least 80% entering a recycling process and these materials returned to the economy. Over 140 companies, associations and organisations are collaborating to make this happen.
Ensuring all flexible packaging is designed so after use it can be collected, sorted and recycled - with sustainable markets for the recycled materials - is a key part of achieving this vision. A first edition of 'Designing for a Circular Economy Guidelines' will be launched in early 2020 to help achieve this.
Follow our Mission Circular at www.ceflex.eu, LinkedIn and twitter @MissionCircular.
PEFC defines 205 sustainability benchmarks that all PEFC standards must meet related to standard setting processes, national schemes, and management practices. Public procurement policies in several countries, including Belgium, Britain, Denmark, the Netherlands, and Finland, recognize and recommend PEFC. Other green building standards and policies also accept PEFC. A 2010 assessment by WWF found that while FSC and PEFC were equivalent in meeting most criteria for sustainable forest management, PEFC fully met requirements for effective monitoring and assessment that FSC only partially met.
PEFC Standards Revision: Requirements for Group Forest CertificationPEFC International
The document summarizes a stakeholder seminar on revising the requirements for group forest certification under PEFC. It discusses three key challenges facing certification: 1) expanding certification to more of the world's forests, 2) the uneven distribution of certified forests globally, and 3) securing market access. The revision aims to make requirements more flexible, feasible, and robust while maintaining stakeholder confidence. It outlines the revision process, including establishing working groups, a public consultation period, and final approval. The presentation focuses on proposed changes to documentation and requirements for group forest management certification.
This September 2020 CEFLEX webinar session discussed the advantages (and disadvantages) of separate and mixed waste collection with post sorting of the recyclables for achieving a circular economy.
It was hosted by Graham Houlder of CEFLEX and ETH business school representatives Catharina Benning and Marianne Kuhlmann.
It featured industry experts:
- Stuart Hayward-Higham, SUEZ
- Robert Corijn, ATTERO
- Michael Langen, HTP Engineering
The session set out to explain the collection challenges we face in Europe and why a mixture of approaches are needed to collect all flexible packaging. We explore key factors, like legislation, technical realities and financial considerations that impact the extent to which respective systems are used.
The document summarizes research from the EffFibre program, which focuses on improving the competitiveness and quality of forest-based raw materials. Key points include:
- Intensive forest management could increase wood harvesting by over 40% and improve profitability of forestry by nearly 50%. New tree breeding techniques may increase growth by 25-50%.
- Mechanized harvesting and regeneration technologies could save €40-70 million and €15-20 million per year respectively through improved productivity.
- A novel two-stage kraft oxygen-alkali pulping process showed potential yields increases of 7-11.7% through selective lignin removal.
- Computational models provide insights into pulping processes and enable
Breakfast Event: Finance, Forestry & PEFC: How Is Forest Certification Releva...PEFC International
The presentation about explains how forest certification can help in capturing opportunities and mitigating risks inherent to the financing of forest-related assets, financial products, companies and operations by providing transparent information, traceability and assurance of sustainable management practices.
PEFC Forest Certification Week 2013: Stakeholder DialoguePEFC International
PEFC's Stakeholder Dialogue (Kuala Lumpur, Malaysia, 14/15 November 2013) brought together 300 diverse stakeholders and key actors across forest sector landscape to engage in solutions-oriented discussions. The Dialogue was part of the PEFC Forest Certification Week, which also featured the 18th PEFC General Assembly and associated workshops.
CEFLEX’s vision is for all flexible packaging to be collected and made available for sorting and recycling - with at least 80% entering a recycling process and these materials returned to the economy. Over 140 companies, associations and organisations are collaborating to make this happen.
Ensuring all flexible packaging is designed so after use it can be collected, sorted and recycled - with sustainable markets for the recycled materials - is a key part of achieving this vision. A first edition of 'Designing for a Circular Economy Guidelines' will be launched in early 2020 to help achieve this.
Follow our Mission Circular at www.ceflex.eu, LinkedIn and twitter @MissionCircular.
PEFC defines 205 sustainability benchmarks that all PEFC standards must meet related to standard setting processes, national schemes, and management practices. Public procurement policies in several countries, including Belgium, Britain, Denmark, the Netherlands, and Finland, recognize and recommend PEFC. Other green building standards and policies also accept PEFC. A 2010 assessment by WWF found that while FSC and PEFC were equivalent in meeting most criteria for sustainable forest management, PEFC fully met requirements for effective monitoring and assessment that FSC only partially met.
PEFC Standards Revision: Requirements for Group Forest CertificationPEFC International
The document summarizes a stakeholder seminar on revising the requirements for group forest certification under PEFC. It discusses three key challenges facing certification: 1) expanding certification to more of the world's forests, 2) the uneven distribution of certified forests globally, and 3) securing market access. The revision aims to make requirements more flexible, feasible, and robust while maintaining stakeholder confidence. It outlines the revision process, including establishing working groups, a public consultation period, and final approval. The presentation focuses on proposed changes to documentation and requirements for group forest management certification.
This September 2020 CEFLEX webinar session discussed the advantages (and disadvantages) of separate and mixed waste collection with post sorting of the recyclables for achieving a circular economy.
It was hosted by Graham Houlder of CEFLEX and ETH business school representatives Catharina Benning and Marianne Kuhlmann.
It featured industry experts:
- Stuart Hayward-Higham, SUEZ
- Robert Corijn, ATTERO
- Michael Langen, HTP Engineering
The session set out to explain the collection challenges we face in Europe and why a mixture of approaches are needed to collect all flexible packaging. We explore key factors, like legislation, technical realities and financial considerations that impact the extent to which respective systems are used.
Extended Producer Responsibility (EPR) plays a pivotal role in funding, coordinating and facilitating the recycling of consumer flexible and all packaging. CEFLEX and its stakeholders have been working to ensure EPR mechanisms are able to drive cost-effective collection and recycling of flexible packaging to make it circular, sustainable and economically viable.
This webinar from April 2020 by CEFLEX and EXPRA - Extended Producer Responsibility Alliance outlines some of the key issues and mechanisms.
Card Pak was founded in 1965 and has experienced steady growth over four decades, with sales reaching $25 million by 2004. The company focuses on sustainability and has implemented various initiatives like an Eco Logical product line using renewable and recycled materials. It has received several awards for its sustainability efforts. The company offers a variety of paperboard packaging products and services and seeks to develop more sustainable solutions through new manufacturing technologies.
Card Pak was founded in 1965 and has experienced steady growth over four decades, with sales reaching $25 million by 2004. The company focuses on sustainability and environmental stewardship, becoming ISO 14001 certified in 2006. Key investments include new printing presses and die cutters. Card Pak launched an Eco Logical line in 2007 using renewable and recycled materials. Products like Club Pak and Sustain Pak reduce plastic use by over 60% compared to traditional clamshell packaging.
Report for Defra on the “Further Benefits of Business Resource Efficiency” . The research analysed the financial savings that businesses could achieve if they were to become more efficient with the materials, energy and water that they used. It concluded that UK business could save around £23bn per year from resource efficiency measures that are either no or low cost and avert 29 million tonnes of carbon dioxide equivalent emissions (CO2).
The document outlines Vision: Efficient Wood Supply 2025, which aims to make wood supply 30% more cost-efficient by 2025. It discusses opportunities and threats in wood supply, as well as success factors. Key areas of focus for R&D include increasing wood production profitably, cost-efficient forest management, improving logistics efficiency, and utilizing digital technologies like big data, automation, and decision support systems.
Sustainable Use of Plastics in Agriculture - Challenges and Solutions: Plasti...KTN
The document summarizes plastic waste in UK agriculture. It shows that in 2019, 44,000 tons of new plastic and 82,000 tons of used plastic became agricultural waste in the UK. Only 27,000 tons were collected for recycling, leaving a gap of 55,000 tons. The document also shows trends in UK exports of plastic waste to countries like China and Malaysia, as well as domestic recycling rates and prices. It introduces the European Circular Plastics Alliance goal of incorporating 10 million tons of used plastics in new products by 2025 and describes Ireland's farm plastics recycling scheme.
The document discusses challenges facing the glass recycling industry in North America. It notes that single-stream recycling has led to increased contamination of glass with other materials at recycling facilities. This makes the sorted glass stream difficult for processors to use and can lead to more glass being landfilled. The recycling industry has also seen declining commodity values for recycled materials in recent years. The glass industry is working on initiatives to improve recycling rates and the quality and marketability of cullet.
Master thesis in biorefinery pathways selection using MILP with Integer-Cuts ...Stefano Maronese
The goal of the work is to create a superstructure of conversion pathways for wooden biorefineries and develop a methodology to evaluate and rank them with the use of MILP techniques and Integer-Cut constraint. The method is applied to the Wood2CHem Platform and it is validated in a case study in which is evaluated the best technologies to exploit wooden biomass in Switzerland according to a small scale (20 MW) and large size (200 MW).
The document summarizes findings from a study on recovered paper markets and recycling policies. It finds that single-stream recycling recovers more materials than mixed-waste processing and is generally more economically viable. While recycling rates have increased in the US, opportunities remain to boost recovery of materials like paperboard and office papers from additional sources. Government policies like recycled content mandates and extended producer responsibility programs are not effective ways to increase recovery as they disrupt open markets.
1) The FuBio Joint Research 2 program aims to establish a world-leading competence platform in wood biorefinery R&D in Finland through research projects, publications, patents, and industry collaboration.
2) The competence platform includes people, business concepts, processing technologies, R&D facilities, and networking. To date there have been over 80 publications, 100 conference presentations, 5 completed PhDs, and 10 patent applications.
3) Research has led to new processing technologies and solutions, techno-economic models of business concepts, and opportunities for industry partners to work with researchers on product development. The program has advanced wood biorefinery capabilities in Finland.
Presentation to Kenyan government and project leaders in agriculture in October 2017.
ILRI and CCAFS low emissions development efforts, conducted with support from USAID.
Innovative Finnish bioproduct and techology companies have expertise in fiber based products, organic formulations for health care and cosmetics, and the circular economy. Finland continues to invest heavily in bioeconomy research and development.
This document summarizes a technology for producing butadiene from ethanol. It describes the current butadiene production methods and market trends, including declining production relative to ethylene. The solution presented uses an innovative catalyst to efficiently produce butadiene from ethanol via dehydration and oxy-dehydrogenation at lower temperatures and higher selectivity than competing technologies. A roadmap is outlined moving from laboratory testing to pilot and commercial plants. The business model involves licensing the technology to ethanol and rubber producers.
The document discusses using renewable biomass fuels from sugarcane residues as a sustainable and carbon-neutral alternative to fossil fuels. Key points discussed include:
1) A research project aims to create a net-zero emission sugarcane industry using biological nitrogen fixing cane varieties, eliminating burning of residues to enhance soil quality, and using residues as an energy source.
2) Sugarcane trash has the potential to displace all the bunker oil currently used in sugarcane processing in the Philippines.
3) Developing resource efficient strategies can reduce dependency on petroleum for agricultural crop production and processing.
Metsäteho Oy supports the development of its shareholders' wood procurement and production operations through research and networking. It analyzes R&D needs, implements projects, and supports developing results. Primary activities include R&D projects, consulting, seminars, and communication. Main targets for 2018 are digitalizing wood supply, improving harvesting and transportation logistics, enhancing wood production, sustainable supply, and high work quality and well-being. Metsäteho is owned by various forest industry companies and organizations.
Metsäteho Oy supports the development of its shareholders' wood procurement and production operations through research and development projects. It analyzes R&D needs, forms research consortiums, implements projects, and helps apply results. Primary activities include R&D projects, consulting, seminars, and communication. The company's vision is to improve the competitiveness and growth of the forest industry through efficient wood supply and strategic planning.
Metsäteho Oy supports the development of its shareholders' wood procurement and production operations through active networking. The company analyzes R&D needs, compiles research consortiums, implements projects, and supports developing results. Primary activities include R&D projects, consultancy services, seminars. Key 2016 targets are digitalizing wood supply, efficient harvesting and transportation logistics, sustainable bioenergy solutions, mechanizing forest management, and high quality leadership.
This document summarizes a presentation on barrier PET given by Jean F. Schrurs. It discusses the markets and quality requirements for different beverage categories and how barrier PET technologies can provide protection against oxygen, UV light, carbon dioxide loss, and microbiological spoilage. It examines the key questions of when, how, and which barrier technology to use for different beverages. Brand owners' objectives and the benefits and threats of standard and barrier PET options are reviewed. The conclusions identify opportunities for PET growth in Europe through beer and carbonated soft drinks converting to barrier PET bottles.
Presentation at the ESPP stakeholder meeting concerning the use on farmland of sewage biosolids (04/12/2018) organised by the European Sustainable Phosphorus Platform (ESPP, www.phosphorusplatform.eu)
All outcomes of the meeting can be found here https://www.phosphorusplatform.eu/activities/conference/meeting-archive/1788-espp-meeting-sludge-2018
Extended Producer Responsibility (EPR) plays a pivotal role in funding, coordinating and facilitating the recycling of consumer flexible and all packaging. CEFLEX and its stakeholders have been working to ensure EPR mechanisms are able to drive cost-effective collection and recycling of flexible packaging to make it circular, sustainable and economically viable.
This webinar from April 2020 by CEFLEX and EXPRA - Extended Producer Responsibility Alliance outlines some of the key issues and mechanisms.
Card Pak was founded in 1965 and has experienced steady growth over four decades, with sales reaching $25 million by 2004. The company focuses on sustainability and has implemented various initiatives like an Eco Logical product line using renewable and recycled materials. It has received several awards for its sustainability efforts. The company offers a variety of paperboard packaging products and services and seeks to develop more sustainable solutions through new manufacturing technologies.
Card Pak was founded in 1965 and has experienced steady growth over four decades, with sales reaching $25 million by 2004. The company focuses on sustainability and environmental stewardship, becoming ISO 14001 certified in 2006. Key investments include new printing presses and die cutters. Card Pak launched an Eco Logical line in 2007 using renewable and recycled materials. Products like Club Pak and Sustain Pak reduce plastic use by over 60% compared to traditional clamshell packaging.
Report for Defra on the “Further Benefits of Business Resource Efficiency” . The research analysed the financial savings that businesses could achieve if they were to become more efficient with the materials, energy and water that they used. It concluded that UK business could save around £23bn per year from resource efficiency measures that are either no or low cost and avert 29 million tonnes of carbon dioxide equivalent emissions (CO2).
The document outlines Vision: Efficient Wood Supply 2025, which aims to make wood supply 30% more cost-efficient by 2025. It discusses opportunities and threats in wood supply, as well as success factors. Key areas of focus for R&D include increasing wood production profitably, cost-efficient forest management, improving logistics efficiency, and utilizing digital technologies like big data, automation, and decision support systems.
Sustainable Use of Plastics in Agriculture - Challenges and Solutions: Plasti...KTN
The document summarizes plastic waste in UK agriculture. It shows that in 2019, 44,000 tons of new plastic and 82,000 tons of used plastic became agricultural waste in the UK. Only 27,000 tons were collected for recycling, leaving a gap of 55,000 tons. The document also shows trends in UK exports of plastic waste to countries like China and Malaysia, as well as domestic recycling rates and prices. It introduces the European Circular Plastics Alliance goal of incorporating 10 million tons of used plastics in new products by 2025 and describes Ireland's farm plastics recycling scheme.
The document discusses challenges facing the glass recycling industry in North America. It notes that single-stream recycling has led to increased contamination of glass with other materials at recycling facilities. This makes the sorted glass stream difficult for processors to use and can lead to more glass being landfilled. The recycling industry has also seen declining commodity values for recycled materials in recent years. The glass industry is working on initiatives to improve recycling rates and the quality and marketability of cullet.
Master thesis in biorefinery pathways selection using MILP with Integer-Cuts ...Stefano Maronese
The goal of the work is to create a superstructure of conversion pathways for wooden biorefineries and develop a methodology to evaluate and rank them with the use of MILP techniques and Integer-Cut constraint. The method is applied to the Wood2CHem Platform and it is validated in a case study in which is evaluated the best technologies to exploit wooden biomass in Switzerland according to a small scale (20 MW) and large size (200 MW).
The document summarizes findings from a study on recovered paper markets and recycling policies. It finds that single-stream recycling recovers more materials than mixed-waste processing and is generally more economically viable. While recycling rates have increased in the US, opportunities remain to boost recovery of materials like paperboard and office papers from additional sources. Government policies like recycled content mandates and extended producer responsibility programs are not effective ways to increase recovery as they disrupt open markets.
1) The FuBio Joint Research 2 program aims to establish a world-leading competence platform in wood biorefinery R&D in Finland through research projects, publications, patents, and industry collaboration.
2) The competence platform includes people, business concepts, processing technologies, R&D facilities, and networking. To date there have been over 80 publications, 100 conference presentations, 5 completed PhDs, and 10 patent applications.
3) Research has led to new processing technologies and solutions, techno-economic models of business concepts, and opportunities for industry partners to work with researchers on product development. The program has advanced wood biorefinery capabilities in Finland.
Presentation to Kenyan government and project leaders in agriculture in October 2017.
ILRI and CCAFS low emissions development efforts, conducted with support from USAID.
Innovative Finnish bioproduct and techology companies have expertise in fiber based products, organic formulations for health care and cosmetics, and the circular economy. Finland continues to invest heavily in bioeconomy research and development.
This document summarizes a technology for producing butadiene from ethanol. It describes the current butadiene production methods and market trends, including declining production relative to ethylene. The solution presented uses an innovative catalyst to efficiently produce butadiene from ethanol via dehydration and oxy-dehydrogenation at lower temperatures and higher selectivity than competing technologies. A roadmap is outlined moving from laboratory testing to pilot and commercial plants. The business model involves licensing the technology to ethanol and rubber producers.
The document discusses using renewable biomass fuels from sugarcane residues as a sustainable and carbon-neutral alternative to fossil fuels. Key points discussed include:
1) A research project aims to create a net-zero emission sugarcane industry using biological nitrogen fixing cane varieties, eliminating burning of residues to enhance soil quality, and using residues as an energy source.
2) Sugarcane trash has the potential to displace all the bunker oil currently used in sugarcane processing in the Philippines.
3) Developing resource efficient strategies can reduce dependency on petroleum for agricultural crop production and processing.
Metsäteho Oy supports the development of its shareholders' wood procurement and production operations through research and networking. It analyzes R&D needs, implements projects, and supports developing results. Primary activities include R&D projects, consulting, seminars, and communication. Main targets for 2018 are digitalizing wood supply, improving harvesting and transportation logistics, enhancing wood production, sustainable supply, and high work quality and well-being. Metsäteho is owned by various forest industry companies and organizations.
Metsäteho Oy supports the development of its shareholders' wood procurement and production operations through research and development projects. It analyzes R&D needs, forms research consortiums, implements projects, and helps apply results. Primary activities include R&D projects, consulting, seminars, and communication. The company's vision is to improve the competitiveness and growth of the forest industry through efficient wood supply and strategic planning.
Metsäteho Oy supports the development of its shareholders' wood procurement and production operations through active networking. The company analyzes R&D needs, compiles research consortiums, implements projects, and supports developing results. Primary activities include R&D projects, consultancy services, seminars. Key 2016 targets are digitalizing wood supply, efficient harvesting and transportation logistics, sustainable bioenergy solutions, mechanizing forest management, and high quality leadership.
This document summarizes a presentation on barrier PET given by Jean F. Schrurs. It discusses the markets and quality requirements for different beverage categories and how barrier PET technologies can provide protection against oxygen, UV light, carbon dioxide loss, and microbiological spoilage. It examines the key questions of when, how, and which barrier technology to use for different beverages. Brand owners' objectives and the benefits and threats of standard and barrier PET options are reviewed. The conclusions identify opportunities for PET growth in Europe through beer and carbonated soft drinks converting to barrier PET bottles.
Presentation at the ESPP stakeholder meeting concerning the use on farmland of sewage biosolids (04/12/2018) organised by the European Sustainable Phosphorus Platform (ESPP, www.phosphorusplatform.eu)
All outcomes of the meeting can be found here https://www.phosphorusplatform.eu/activities/conference/meeting-archive/1788-espp-meeting-sludge-2018
Birla Cellulose is a manufacturer of cellulosic fibers that takes a 360 degree approach to sustainability across its entire value chain. This includes responsible sourcing of wood, sustainable pulp and fiber manufacturing processes certified by various standards, product certifications, social and community programs, and full traceability through its supply chain. Birla Cellulose engages with stakeholders and communities through programs focused on safety, education, women's empowerment, and infrastructure development to build a more sustainable future.
Presentation For the Science for Impact- Building The Critical Mass. Workshop Facilitated by CTA and Jointly Organized by UNRE, NARI and USP School of Agriculture and Food Technology, Samoa
Theme 1: What Kind of Graduates are Needed?
Four speakers represented the private sector support service, training of agriculturalteachers, the needs of conservation organization and oil palm research.
Mark Ryans Opportunities And Challenges In Biomass HarvestingBecky LaPlant
Opportunities and challenges to biomass harvesting in Canada presented by Mark Ryans of FPInnovations, a Canadian forest policy and research institute.
Bio-plastics in Packaging; Innovations, Opportunities and Challenges discusses bio-plastics for packaging. It defines sustainability and differentiates between bio-based and biodegradable materials. Global demand for bio-plastics is predicted to triple by 2015. Challenges include lack of communication leading to "green-washing" and limited disposal infrastructure for biodegradable plastics which often end up in landfills. Overcoming these challenges requires collaboration between industry and government.
This document discusses biomass cooking stoves and biomass pellets. It summarizes that biomass resources have been widely used for cooking and heating since ancient times. Improved biomass cook stoves can yield reduced combustion product concentration and faster cooking, resulting in better energy efficiency. The production of biomass pellets involves grinding biomass, compressing it under heat and pressure to form pellets, then cooling and drying the pellets before storage. Europe is a large producer and consumer of biomass pellets, importing most of its pellets from North America.
Occams Business Research has done an in-depth study on the Global Polylactic Acid Market outlining opportunities across the globe and a forecast of the revenues in the PLA Market through 2021.
The document discusses how chemistry can help create a more sustainable future. It notes that sustainability presents both risks and opportunities for businesses. Chemistry innovations can help address challenges from population growth, like providing food and clean water to more people, while reducing environmental impacts. The document outlines BASF's strategies for developing sustainable solutions, like categorizing products based on their sustainability contributions and creating action plans to improve products. It provides examples of how BASF is working with key industries like automotive, construction, and agriculture to create solutions that enhance resource efficiency and reduce costs.
Over the last decade, biomass of various kinds has become an increasingly commonly used fuel for electricity generation, particularly in the European Union, which mandated ambitious threshold targets for the share of renewables in total electricity generation.
Wood chips and pellets have taken a large share of biomass production, not just in Europe, but also parts of Asia as well. In fact, according to the US International Trade Commission, production of wood pellets in the US for export to these locations increased 400% between 2008 and 2014 to help meet the increased demand. The US International Trade Commission further states that, “estimates of global wood pellet consumption vary, but are currently in the range of 22 – 25 million metric tons (Mt) annually. This projected to rise to between 50 and 80 million Mt by 2020. At 19 million Mt in 2013, the EU accounted for 85 percent of global consumption of wood pellets.”
This white paper examines some of the challenges around managing and optimizing biomass supply chains and discusses Generation 10’s Commodity Manager as a comprehensive software solution to these challenges.
What are the underlying biases and preconceived notions that we have about the products labelled "bio" or "green"? Are there other “bio”s that we need to be wary of?
Dr Jem's talk will cover bioplastics from a holistic perspective, with a focus on: types of bioplastics, pro's and con's of PLA, how is PLA 'industrially' recycled or composted, innovations in the bioplastics world, other plant-based packaging alternatives, etc.
Dr. Jem received his Ph.D. and 2 Masters degrees in biochemical engineering, and numerous awards in the USA, and worked 15 years in engineering, biotech, and pharmaceutical companies such as Ratheon, Serono, Diversa, with excellent track record with multiple awards. In 2000, he moved back to China to work for biotech and bioplastic companies such as Cargill and NatureWorks PLA. He has served as the China General Manager for Total Corbion PLA JV and previously for Corbion Purac since 2007, and serves as a Visiting Professor for several local Universities.
1) The document discusses sustainable packaging strategies and initiatives in the foodservice industry. It addresses legislation around reducing waste and increasing recycling rates.
2) Material options that are more sustainable like renewable, recycled, and biodegradable materials are outlined. The challenges with establishing infrastructure for collecting and processing certain materials is also noted.
3) HGS's European strategy prioritizes using renewable and recycled materials in their packaging designs when possible. Their hierarchy of material choice and environmental criteria for packaging design are explained. Metrics for reducing weight, carbon footprint, and chemicals are part of their strategy.
The document analyzes opportunities in the EU biofuels market. It notes that EU biofuels policies have driven strong growth but fundamentals are challenging. Good biofuels projects require lower costs, product differentiation, and control over the value chain. Size and experience matter as the market becomes more competitive and consolidation is expected. Opportunities remain for independent projects that can secure feedstock and exploit niches.
This document provides an overview of the BioBase4SME network which offers support services to SMEs in the bioeconomy sector. The network includes several partners that provide different types of technical services including scale up and proof of concept testing, life cycle assessment, social acceptance studies, market research, and access to pilot plants for anaerobic digestion and pyrolysis. SMEs can apply for innovation coupons to receive up to €4000 in funding to access these technical services. The webinar highlights several partner organizations and the types of support they provide.
Joshua Bishop from WWF Australia presented at the UNAA Sustainable Consumption and Production Seminar held on 27 June 2013 hosted by Russell Kennedy, Melbourne.
Held in support of the United Nations 10 Year Framework of Programmes on Sustainable Consumption and Production Patterns, the seminar brought together experts and practitioners from across business, government and civil society to provide a platform for shared learning on integrating sustainable consumption and production measures throughout business operations, relationships and value chains.
Guest Speakers and Panelists:
- Tim Grant, Director, Life Cycle Strategies
- Joshua Bishop, National Manager – Markets, Sustainability and Business Partnerships, WWF Australia
- Craig Chester, Operations Manager Australia, Fairtrade Australia and New Zealand
- Liam Smith, Director, BehaviourWorks Australia, Monash Sustainability Institute
- Clinton Squires, Australian Managing Director, Interface
More information available at: http://www.unaavictoria.org.au/education-advocacy/masterclasses/sustainable-consumption-and-production-seminar/
Opportunities for biomass heating solutions (The Carbon Show 2012)Ricardo- AEA
AEA’s Oliver Edberg discusses opportunities for biomass heating solutions: presentation slides from the Carbon Show (October 23, 2012) in London.
With the inclusion of biomass sustainability standards in the Renewable Heat Incentive (RHI) scheme, there are questions around how this might affect the associated costs and efficiency of installed biomass boilers.
Oliver shares AEA’s insight into the RHI. His presentation will cover the latest developments in the biomass industry and provide an overview of the advantages of integrating boilers into a business energy strategy.
The Carbon Show is an annual event for sustainability professionals from industry, government, energy and finance who are working to increase energy efficiency and meet UK and European emissions targets. Oliver’s presentation will feature in the event’s green technology seminar programme.
Oliver has been involved in the renewable energy sector for a number of years working on biomass and renewable heating technologies. During this time he has supported a range of AEA projects including the company’s work on the RHI for DECC, and for Ofgem on the auditing of RHI installations.
In addition, Oliver has undertaken technical assessments and monitored a range of biomass heating projects (50-15000kWth) on the UK and South West Bio-energy Capital Grants programmes. He has also been involved in the development of the Bio-Energy Assessment Tool and undertaken several studies for the Environment Agency on biomass lifecycle emissions.
This presentation was given on 9 July 2019 by Jan Broeze (Wageningen University & Research) and focused on the new Agro-Chain Greenhouse gas Emissions calculator that he has developed. The presentation was part of the CLIFF-GRADS webinar series session 3 which focused on mitigating climate change through reducing food loss and waste.
Find the calculator here: https://ccafs.cgiar.org/resources/tools/acge-calculator
Min Chen's 2015 NARA Annual meeting presentationCathy Chen
The document summarizes research on lessons learned from the U.S. corn and cellulosic ethanol industries and examines opportunities for integrated production of cellulosic biofuels and biochemicals. Preliminary results include:
1) Rural economic development and added-value from non-fuel co-products were seen as the most important drivers for cellulosic biofuel scale-up. High production costs, feedstock costs, and policy uncertainty were the top barriers.
2) For integrated production of cellulosic biofuels and biochemicals, added economic value and utilization of waste streams were seen as key drivers. Lack of technology, high capital costs, and uncertain demand were top barriers.
3)
1. Motivation Factors & Key Processes to look into
for investment/partnership on forestry to pellet production projects
Maarten Gnoth, Manager Business Development - Biomass Upstream
Bio-Markets Asia - Biomass Supply Chain
27-29 January 2015 - Jakarta
2. GDF SUEZ Biomass power plants overview
Country Power / pellet plant Production Plant Type Biomass type
Belgium
2 sites, 2 plants, various
stages
~280 MW
+ 60 MW stopped in 2013
Dedicated
(gasifier stopped in 2013)
Wood pellets, wood chips
and residues stopped
in 2013
Netherlands 1 plant, various stages Stopped Q3 2012
(~180 MW)
Co-firing Wood pellets
Germany 1 plant ~20 MW Dedicated Wood chips
Poland 1 plant various stages ~330 MW Dedicated & Co-firing Agri-pellets & Wood chips
Thailand 1 plant ~ 30 MW Co-firing Wood chips
Brazil 2 plants ~60 MW Dedicated
Wood chips
& Sugar cane bagasse
USA 7 power plants ~120 MW Dedicated
Clean wood chips , waste
wood chips & paper pellets
Canada
1 pellet plant co-investment
extension
~350 kton/yr
production
Pellet plant Wood pellet production
France, GE,
BE, NL
Operating > 120 local bio
installations
~ 200 MWth District heating, CHP
Local waste wood, pellets
etc.
27/01/2015 Bio-Markets Asia - Biomass Supply Chain
2
3. Rationale for co-investment in Pacific Bio Energy in 2010:
Biomass Market liquidity
Securing feedstock for own production as foundation for supply and trading
Security of supply and guaranteed quality and sustainability
Credible and professional investment counterparts locally rooted
Added value of our group and partners to the JV
27/01/2015 Bio-Markets Asia - Biomass Supply Chain
3
Co-Investment & Partnership
Initial Pacific Bio co-venture objectives:
secure contract, capture upstream value… and learn
5. 27/01/2015 Bio-Markets Asia - Biomass Supply Chain
5
Biomass supply funnel
Origination of biomass
Selection on sourcing, availability & logistics
Security of supply!
Selection on sustainability criteria
Selection on local stakeholders
Sample lab testing on chemical & physical comp.
Selection on technical applicability for stand-alone
CFB, co-firing and/or torrefaction
Selection on commercial feasibility
Integration feasibility in business modeling
Availability
Sustainability
Applicability
Affordability
Funnel and exclusion approach
to identify sustainable feedstock opportunities
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Biomass identification
Origination of biomass
Selection on sourcing, availability & logistics
Security of supply!
Selection on sustainability criteria
Selection on local stakeholders
Sample lab testing on chemical & physical comp.
Selection on technical applicability for stand-alone
CFB, co-firing and/or torrefaction
Selection on commercial feasibility
Integration feasibility in business modeling
Availability
Sustainability
Applicability
Affordability
Funnel and exclusion approach
to identify sustainable feedstock opportunities
7. Biomass value chain: feedstock availability
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Growing supply
Stable/Decreasing supply
Growing deficit
Biomass supply in Europe remains stable.
Significant growth from Russia, US South, South America and Africa
Location
Indication overview of geographical feedstock availability
Source: Pöyry
8. Biomass flows & developments
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existing supply
future supply?
■ Wood pellets
■ Wood chips (fresh & recycled)
■ Agri residues
■ Potential sourcing countries
for Eastern Europe
■ Potential agri residues & wood pellet sourcing
countries for S.E. Asia demand
■ Demand: currently primarily Europe.UK, South
Korea & Japan to expand
Current biomass flows mainly based on mature production locations
with pellet export to Europe
Future flows increasingly based on lower fiber cost availability
Emerging demand and supply in S.E. Asia
9. Biomass Value Chain: security of supply
Agriculture
Encroaching
b(r)ush/bamboo
Energy crops
Forest /
Plantations
Inbound
logistics
Biomass
processing
Storage Outbound
logistics
Use
Agriculture
processing
Recycling
wood
Wood
processing
Pelletizing
Chipping Drying
Open air Silo
Warehouse
Boat Train Truck
Residual stream
Primary stream
BIOMASS MARKET
USA & Canadian wood pellet plants as market reference
e.g. GDF SUEZ Pacific BioEnergy JV in Canada
From FOB to CIF shipment under various arrangements
e.g. Leasing contracts for dedicated vessels GDF SUEZ Ghent
for transport from Vancouver (BC- Canada)
Dedicated and co-firing plants using all types
of biomass in Europe
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Optional stream
Perspective : European utility looking for LT security of supply
The various steps in the supply chain
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Biomass identification
Origination of biomass
Selection on sourcing, availability & logistics
Security of supply!
Selection on sustainability criteria
Selection on local stakeholders
Sample lab testing on chemical & physical comp.
Selection on technical applicability for stand-alone
CFB, co-firing and/or torrefaction
Selection on commercial feasibility
Integration feasibility in business modeling
Availability
Sustainability
Applicability
Affordability
Funnel and exclusion approach
to identify sustainable feedstock opportunities
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Sustainability criteria and implementation
Principle Clarification
NTA 8080
(Cramer)
FSC RED UK
Belgium
(LBE)
GGL
SBP
(IWPB)
1
GHG
balance
Positive CO2 balance of total
biomass supply chain (against
conventional)
2
Carbon
stocks
Production of biomass not
impacting high carbon stocks
in vegetation & soil
3
Bio-
diversity
No production of biomass at
protected or vulnerable biodiversity
4 Soil
Soil (quality) is maintained
or improved
5 Water
Water not exhausted and water
quality maintained or improved
6 Air
Air quality is maintained
or improved
7 Social
Preserve food- and local biomass
applications from unfair competition
8
Local
welfare
Production of biomass contributes
to local prosperity
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Biomass identification
Origination of biomass
Selection on sourcing, availability & logistics
Security of supply!
Selection on sustainability criteria
Selection on local stakeholders
Sample lab testing on chemical & physical comp.
Selection on technical applicability for stand-alone
CFB, co-firing and/or torrefaction
Selection on commercial feasibility
Integration feasibility in business modeling
Availability
Sustainability
Applicability
Affordability
Funnel and exclusion approach
to identify sustainable feedstock opportunities
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Biomass identification
Origination of biomass
Selection on sourcing, availability & logistics
Security of supply!
Selection on sustainability criteria
Selection on local stakeholders
Sample lab testing on chemical & physical comp.
Selection on technical applicability for stand-alone
CFB, co-firing and/or torrefaction
Selection on commercial feasibility
Integration feasibility in business modeling
Availability
Sustainability
Applicability
Affordability
Funnel and exclusion approach
to identify sustainable feedstock opportunities
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Biomass value chain: feedstock cost
Sustainability issues and competition make feedstock strategically
important. Diversification and certification are key.
Agri-residues
& encroaching
biomass
Woody based agri
residues
WOOD
INDUSTRY
RESIDUES
Logs from existing
forest mgt
Wood plantations
& specific energy
crops
LOW HIGH
Reduced
(to be mitigated and managed)
To be sustainedQUALITY
FEEDSTOCK COST
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Delivered cost analysis of pellets
Wood pellet price Jan 2015 ~ 9 €/GJ CIF ARA | ~ 10,5 US $/GJ | ~ 180 US $/ton
Wood chips price Jan 2015 ~ 6 €/GJ CIF ARA | ~ 7 US $/GJ
Source: Pöyry
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Examples for wood pellets use from USA & Canada
Availability
Sustainability
Applicability
Affordability
The Netherlands
500.000 ton/year (1 plant)
Belgium
1.100.000 ton/year (2 plants)
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… and for wood chips and agri 200 MW
for 1 power plant in Poland
Availability
Sustainability
Applicability
Affordability
Agri Residues
300.000 ton/year
Wood chips
900.000 ton/year
19. Thanks for your attention
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Maarten Gnoth
Manager Business Development - Biomass Upstream
GDF SUEZ Energy Management Trading
Boulevard Simon Bolivar 34
B 1000 Brussels, Belgium
Mob +32 473 850 567
maarten.gnoth@gdfsuez.com
www.gdfsuez.com
www.gdfsuez-trading.com